Analysis & Simulation
Precise and reliable analysis services,
enables to achieve electronic design
goals with confidence
PCB Analysis and Simulation Services
We perform circuit analysis, to ensure high quality and efficient PCB. We run signal integrity simulations to identify potential signal quality issues. Power integrity analysis ensures stable power delivery. WCCA verifies the design against various operating conditions. Additionally, EMI/EMC analysis ensures minimal electromagnetic interference and resilience to external disturbances.
Software We Work With
We work with the following software:
Our PCB Analysis and Simulation Services Include
- Circuit Analysis – Thorough analysis of circuit performance to ensure quality and efficiency
- Signal Integrity – Simulations to identify and address potential signal quality issues
- Power Integrity – Analysis to ensure stable power delivery across the board
- Worst Case Circuit Analysis (WCCA) – Verifies the design under various operating conditions
- EMI/EMC Analysis – Ensures minimal electromagnetic interference and resilience to external noise
- Thermal Analysis – Simulates heat dissipation and temperature management
Our comprehensive analysis delivers high-quality, robust PCB designs optimized for performance, reliability and manufacturability.
Thermal Analysis
Thermal analysis is crucial for advanced PCB’s with high density, power and smaller size. Increased component density and power, can lead to excessive heat, impacting overall electrical performance and reliability. To address potential issues, we perform thermal analysis in the design phase.
Signal Integrity Analysis
Signal integrity analysis is a complex and iterative process that involves simulation, validation and optimization to guarantee robust and reliable electronic designs on time, by running pre and post layout simulations.
Power Integrity Analysis
We simulate rigorous analyses to predict how your PCB’s Power Distribution Network will respond to varying loads and fast-changing currents, using specialized tools and strategies, to improve power delivery efficiency.
Worst Case Circuit Analysis
Worst Case Circuit Analysis (WCCA) process is iterated, and design development is continually re-evaluated to ensure the circuit’s reliable performance in the most challenging scenarios. We consider the effects of temperature, aging, tolerance on the circuit to produce results that ensure the highest quality and reliability of the product.
EMI/EMC Analysis
Radiated and conducted emissions from electronic products are meticulously analyzed to verify compliance with relevant standards. All critical components, traces, and signal paths are considered to simulate realistic operating conditions
Analysis Deliverables
We deliver a comprehensive report to the client, outlining the analysis results and provide recommendations for design improvements. For every analysis outcome, we undertake extensive research to generate highly detailed reports at multiple levels.
What Sets Us Apart?
- Potential source of interference identification
- Seamless design process via integrated EDA platform for diverse analyses
- Iterative runs for validation
- Maintains CISPR, IEC, MIL, Automotive Safety Integrity Levels (ASIL) and other relevant industry standards
- Wide range of alternative solutions to address the issues
How Can we Help?
We provide signal integrity simulation, power integrity simulation, and PCB thermal analysis to help you circumvent costly hardware design re-spins and enable faster product roll-out.
Complementing GigHz’s hardware verification and embedded testing services, these measures assure your engineering tasks are done right the first time.
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Our Latest Thinking
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5 Common Mistakes in Thermal Analysis and How to Avoid Them?
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Why pcb designers should be aware of the signal integrity issues?
Can Worst-Case Circuit Analysis Prevent Failures in Autonomous Vehicles?
Emerging Technologies Shaping MCAD Reverse Engineering
Importance of worst-case circuit analysis in Aerospace Industry
Are power integrity analysis effective for flexible PCB: Let’s Find Out!
Keep Cool: Analyzing Automotive Electronics with PCB Thermal Analysis
